E 5.928.1/12.10
166
Needle Valve
SAE 8-Cartridge – 420 bar
SD08-01
60 l/min
420 bar
The SD08 controls ow in either direc-
tion from full ow up to leakfree shut-off.
Flow is non-pressure compensated:
dependent on pressure differential and
viscosity.

All surfaces zinc-plated and corrosion proof
Complete shut-off function
Compact design


Operating pressure: 420 bar
Nominal ow: 60 l/min
Media operating temp. range: -20 °C to +120 °C
Fluids: Mineral-based or synthetics with
lubricating properties
Viscosity: 7.4 to 420 cSt
Filtration: Class 21/19/16 according to
ISO 4406 or cleaner
Material: Valve body: carbon steel
Needle: carbon steel
Seals: NBR (Standard)
FKM (Option)
Cavity: FC08-2
Weights: 112 g
E 5.928.1/12.10
167


SD08-01C-N-V
BasicModel
BodyandPorts*
C = Cartridge only
SB3 = 3/8 BSP ports, steel body
SS6 = SAE-6 ports, steel body
AB3 = 3/8 BSP ports, aluminium body
AS6 = SAE-6 ports, aluminium body
Seals
N = NBR
V = FKM
AdjustmentOption
V = Allen head (HEX 5/32")
H = Knob adjustment

Pressure drop
Flow
*StandardLineBodies
Code PartNo Material Ports Pressure
FH082-SB3 560919 Steel, zinc-plated 3/8 BSP 420 bar
FH082-SS6 560917 Steel, zinc-plated SAE-6 420 bar
FH082-AB3 3011423 Aluminium, clear anodized 3/8 BSP 245 bar
FH082-AS6 3011409 Aluminium, clear anodized SAE-6 245 bar
millimeter (inch)
Subject to technical modications.

FC08-2
Formtools
Tool PartNo
Rougher FC08-2 175473
Finisher FC08-2 175474
Measured at n = 34 mm²/s
7/8" hex torque 18.5 - 22 ft-lbs
5/32" hex
9/16" hex
thick
millimeter (inch)
Subject to technical modications.
USgpm
HYDACFluidtechnikGmbH
Justus-von-Liebig-Str.
D-66280Sulzbach/Saar
Tel: 0 68 97 /509-01
Telefax. 0 68 97 /509-598
E-Mail: utec@hydac.com
NOTE
The information in this brochure relates to
the operating conditions and applications
described. For applications or operating con-
ditions not described, please contact
the relevant technical department.
Subject to technical modications.
l/min